BGS1 cDNA ORF clone, Phaeodactylum tricornutum CCAP 1055/1

Gene
Clones
gRNAs

Summary

Gene Symbol	BGS1
Entrez Gene ID	7196891
Full Name	glycosyl transferase, family 48
Gene Type	protein-coding
Organism	Phaeodactylum tricornutum CCAP 1055/1

mRNA and Protein(s)

mRNA	Protein	Name
XM_002177406.1	XP_002177442.1	glycosyl transferase, family 48
XM_002177407.1	XP_002177443.1	predicted protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

The Phaeodactylum genome reveals the evolutionary history of diatom genomes.
Bowler C, Allen AE, Badger JH, Grimwood J, Jabbari K, Kuo A, Maheswari U, Martens C, Maumus F, Otillar RP, Rayko E, Salamov A, Vandepoele K, Beszteri B, Gruber A, Heijde M, Katinka M, Mock T, Valentin K, Verret F, Berges JA, Brownlee C, Cadoret JP, Chiovitti A, Choi CJ, Coesel S, De Martino A, Detter JC, Durkin C, Falciatore A, Fournet J, Haruta M, Huysman MJ, Jenkins BD, Jiroutova K, Jorgensen RE, Joubert Y, Kaplan A, Kröger N, Kroth PG, La Roche J, Lindquist E, Lommer M, Martin-Jézéquel V, Lopez PJ, Lucas S, Mangogna M, McGinnis K, Medlin LK, Montsant A, Oudot-Le Secq MP, Napoli C, Obornik M, Parker MS, Petit JL, Porcel BM, Poulsen N, Robison M, Rychlewski L, Rynearson TA, Schmutz J, Shapiro H, Siaut M, Stanley M, Sussman MR, Taylor AR, Vardi A, von Dassow P, Vyverman W, Willis A, Wyrwicz LS, Rokhsar DS, Weissenbach J, Armbrust EV, Green BR, Van de Peer Y, Grigoriev IV
Nature456(7219)239-44(2008 Nov)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following BGS1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BGS1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OPb01345	XM_002177407.1 Latest version!	Phaeodactylum tricornutum CCAP 1055/1 predicted protein (BGS1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OPb01346	XM_002177406.1 Latest version!	Phaeodactylum tricornutum CCAP 1055/1 glycosyl transferase, family 48 (BGS1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

BGS1 ( XM_002177407.1 ) cDNA ORF clone, Phaeodactylum tricornutum CCAP 1055/1 -> XP_002177443.1 Phaeodactylum tricornutum CCAP 1055/1 predicted protein (BGS1), mRNA.

Price & Availability↑

CloneID	OPb01345
Clone ID Related Accession (Same CDS sequence)	XM_002177407.1
Accession Version	XM_002177407.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6393bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1497456000000
Organism	Phaeodactylum tricornutum CCAP 1055/1
Product	predicted protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_011669).

ATGATTGCTA GAATGGGATA CCCGGCGATC CGGTTTTTAG CCGCCTTGAG TGTTGCTTAC 
TTGGCGAGTC GCGCCTCTTC GACACAACGA CTGTTCTCGG GCACTCTTTC GGCGGTCTTT 
GCAGGATTTT TGACATATAC GTACTTGGAA CCACTCTTTG TTCCAGTCGG ATCCGACACA 
GCCATGGTCT TCCTATACAT TCTATCGATC AACGCGTCGC TTGTCGGTTT GTCTCTTGGT 
GTGCTTCTGC CCGTAATCTT TCCAGGATTC TGCTTCGGCA GTGCCATCGT CCTGCTCGTA 
GGTTGCTTCC TTCATCTGGC CAACTCGTAC TTTTTCCCCG TGGTGGGCGT AGTTTGTGCG 
ATTGTCTCCG CTGTTTTGTC GTCCCGAACC AACTCGACCT TTTTCTTGTT GTTGGCCACC 
ATTATGGAGG CTGGTGCGGT TGCCGCGTGT TTGGTGCTCA AACCCATGTT GCCCTACCTC 
ATGGACATTG TGAGGGGTTA CCCTTACTAT CCCCACGCGG ACGACGGTAC CGCACCCGAT 
GTATCCGTTG CGAAGGAGCT CTTGTACGGT CTCGTGTGGG TAGCTTCTTC GCTTTTGGTA 
GCGGCCTCGA TTGTTTATCG AGACGGCCAC GTTGCTGACT TGAATCCATG GCGCCTCTTC 
CGATCGCATA ACTACACCGC CGTACCGACT ACGATTGGGG ACAGCAACAG CAAATTGGGA 
CGAGAAAACT CACTGATTTC CCCTCACCGT GATCCGCCGG GAAACCAGGA TACCTACAAC 
ATGTTTGATC CGGGTAAATT ACCTCCGCGT TTGGCAGAGT ACGCCAATCT GGTGTACTCG 
GCGTGTGAAG ATCTGGGCAA CTTTTTTGGC TTTCAGGATT CCTCGGTTCG GAACCAGGCA 
GAGCACTTGT TGATCTTGCT CAGCAACAAT CGGCGGTATA TGAGCTCACA CATTCTTCCA 
CCTTCGGTCC AGCCCCCGAG TCCCATTCAC GCTTTGCACG CCAAAGTCTT TTCGAATTAC 
GTCAAGTGGT GCCGAGCCAT GGGTGTTTCG CCAAACTTTT CCAAAATGAA TACGTCCATG 
AATGCGCCAC CAGCGGTGGC CAGTCGCGTA GTCGATTTGG TTCTTTACTT TTGCGTTTGG 
GGCGAGGCGT GCAATCTCCG TCACATGGCC GAGTGTGTCT GGTTCTTGTA CCACAAGACC 
ATGGAGGAGT ACATTCGAAG CGAAGGATAT ACGCAAACGC GAAGTTTGTA CGCCGGACAC 
TTTCTGGACT TTGTGATTAC ACCAATTTAT GACATCGTGG CCAAGAACAT GAGGTCTGAT 
GCGGATCATC CCGATAAACG GAACTACGAT GACTTTAACG AGTACTTCTG GTCCCGCAAC 
TGTCTCCAGT TTCGTTATTC TTCGGAGAAC CTGGATGCGG ACGATATTGA GGGCACCGGA 
GGCATTGCTG GTCCATTGAA CGGTGAGCTT TATCCTCCCA TTGCGGAAGG TCTCAGCAAA 
GCTCCCAAGA CCTTTCTGGA GAAGCGCTCT TGGCTCCGGG GTATTTTAGC TCTAAACAGG 
ATTTTGGAGT GGCACATCGT TACCTTTTAC TTACTTGGAG TGGTGGCTTT TTCTCGCGAA 
CTCGTTTGGG GTTGGGTATT TTCCCTTCAA GTTGCGAGTG CCGTATTCTG GATCTTCAAC 
GCTTTGCATC TTTGCTGGGC CCTTTTGGAA GTTTGGGGCA GCTACCCTGG TATCCAACTA 
TCTGGTACCG ATGTCTGTGG CTCGGTGTTT GTGTTGGCTG CTCGCTTTCT GACTCTTGTC 
TACCAGACAC TCTATTTGAT GTGGGCTTTC TCGCCACAGA AAGGAATTCA TTTAGGTATC 
GAGGCCGACT CAACGTTTTG GTGGTGGCAG TACGTTTGGC TATCTTTGCT TGTGATGATT 
CCTTACTTCA TCGAGATGTT CTTGCAGATT ATTCCCTCGC TAGCGACCCG TATCTACACG 
AGTCAGAACG ACTATGTGCA GTCATTTCTA AACATACTCT ATCCCCTCAG CCGTTTATAC 
GTTGGCAAAG AGGTTCACGA ATCGTTTGGG CACACCATCG TTTACATTGC ATTTTGGACG 
ACGCTGATGG CTTGGAAGCT TTTCTTTTCC TACGTCTTTG AGGTTCACTC CATGGTGCTT 
CCTTCCCTCC AATTGACGGA TGATTATTTG AACTACCCAA ACCAGAGCTT CACAAAAATG 
ATTCTGTTGT TGAGTCTACG CTGGCTCCCG CAGTTCATCG TATATTTGAT TGACATGAGT 
ATCTGGTACG CGGCATGGCA GGCGTTCGCC GGAACGTCAG TAGGATTTTC CGATCATCTC 
GGGGACATTC GCTCAATAGA CGACATTCGA ATGAATTTTG GACGCGCACC GGAGCATTTT 
TGTAAAAAGA TGCTGTCTCA GGATGCCGGA AGTCGTCGCG GCTCTTCTGC AAGTTTCTTG 
TCCTCGTCTG GAAACAACCT CTCCGAAGGG TCGTCGCTTC TTGGCGCAGA CCCACACATG 
TTGCAAAGCT ATGTCAATCG ACTACTAGAC GTTCGTATCC AAAAGTGGGT AATGTTTAGT 
GCGGCATGGA ATGAAATCAT TGACCACTTT CGCGAAGAAG ACATAATCTC GACCACCGAA 
AGTGACAACT TGAAGTTTAG TCAATTCGAT GGGTTTAGTC AGGCGATATA CCTACCTGTA 
TTTCAAACCG CAGGGGTTAT TGATGATGTT CTTTCTGAAC TTGAGCGACC AGCCGAGGAA 
TACAAAGATC TACGGACTGG CGAGTATACC GACGAGAGCT TTTTTAAACC CATAGCTTCA 
CATGTTACAA TGCAGACGGC CGTCGCGGAG GTATGGGAGC TTGGCTCGTT CATCTTTCTT 
CAAGTGCTCG GCCCTGTCCA CAGCAAGGAC ATACATGCCG TCGTTGCGAT GATGAACAAG 
TGGATTGAAT CAGAAACAAT GTCTGGATGT TTAAAGCTCG AAACAATGAG AGGTGTCATG 
AAACATTTTG TTGATGTGGT CCGCATCCTC GAACGCGGCA TAGTGACGCG GAATCCGACC 
ACTCGACCGA AATCACTAAC GAAGAGAGCT CCAGAAGCAA AGCCGACTAT GAAAAGATCG 
AGAGTGCGCC GTGTTGTTAG TGCTGGATCG TTAAGCAGCT TAGATGCCGA GAGCAAAAAT 
CGCGAAATGA AAAATCAACA CGAAGTCCGT GAGTCTGTCG ATGTAAAGAT AATTGACGCG 
TTGAGAGATC AAGTTCGTGA CAAGTTTCGA AGCTTAACCC ATGCCGTGAA GGGCATGCTG 
AAGAATACGG CTTCAAACAA AGACTCTCGT GATGTTCTTG ATCGTCTGAC ATTCCTCGGG 
AGTATGGAAA ACGGATTCTT TTGGGACGAT TCATACGCCT CTGAACAGCT TGACGTAGCG 
TCGAAGAACG AGACATTTAA AGCTGTACTA AAGAAGATGC ACGGATTGGT TTGTATGCAT 
CCAGATGATG CTGAGCCTAA GTCAAAGGAG GTCCGCCGTC GTTTGACTTT CTTCGTGAAT 
TCGCTTTTCA TGGATATGCC AAACGCGCCC TCTATTCATG ACATGTTTTC TTGGAACGTC 
CTTACACCTT ATTACTCGGA AGATGTGACG TACAGCAAAG ACGATCTTGA GAAGCGATCA 
GATGCCTTAG GTGTGTCAAC ATTGCTGTAT CTCCAGACTC TTTATCGATC AGACTGGAAT 
AACTTTCTTG AGAGATTAGG TATCAAGGAC GAAGATAAGG TGTGGTCGAA GAAGTACGTA 
AACGAAACTA GACGTTGGGC GAGTATCCGC GCCCAGACAC TCTCTCGAAC CGTCAATGGT 
ATGATGTACT GTGAAAAAGC ACTTCGCCTG TTGGCTAATC TTGAAAGACT CGACGAAGAC 
ACAACGAATG ACCTTATGGG AGAAAAGTTT GGATACATTG TATCATGTCA AATGTACGGA 
AAAATGAAGA GAAATCAAGA CTCAAAAGCA GACGATATCG AAGCGTTGAT GCACCGTTTT 
CCCCTTATGA GAGTGGCCTA CATCGACAAT ATTCGTCTGA ATCGCTCGGG TGCAAGCGCT 
TTCTATTCTG TTCTGGTAAA AAGTGATAGA AGAGGCAACA TTCAAGAGGT CTACAGGGTT 
CGCCTTCCAG GAGATCCAGT TCTAGGTGAA GGAAAACCCG AGAATCAGAA TCACGCAATG 
ATATTTACTA GAGGCGAATA TGTTCAGACA ATTGATATGA ACCAGGAAGG TTACTTTGAG 
GAGGCGCTGA AAATGCGAAA TTGCCTACAA GAATTTGCTA AACGCGAGGG ACCTTTGCCA 
ACGACCATTC TAGGTCTACG CGAGCACATT TTCACAGGCA GCGTTAGTTC TTTGGCGAAT 
TACATGGCTC TGCAGGAGAT CTCTTTCGTG ACGCTTGGTC AACGCGTCCT TACCCGACCC 
CTGCATATCC GTCTCCACTA TGGTCACCCC GATATTTTTG ACAAGCTATT CTTCATCACA 
CGAGGCGGTG TGAGCAAAGC ATCACGGGGC ATCAACCTGT CGGAGGACAT TTTCGCTGGA 
TACAACAACG TTATACGTGG TGGATCTGTC GGATTCAAAG AGTATGTGCA AATTGGCAAG 
GGCCGCGACG TTGGAATGAG CCAAATCTAC AAATTCGAAG CAAAGCTGAG TCAAGGAGCA 
GCAGAGCAGA GTCTTTCCCG TGATGTTTAC CGAATGTGTA ATCGCCTGGA TTTCTGTCGT 
CTCCTCTCCT TTTATTATGG TGGGATTGGC CACTACTTTT CCAACGTCCT GACAATTTTT 
ACTGTCTACG TTGTGGTATA CCTCATGACA GTTTTGGCTA TCTACGATCT TGAAAAAATT 
GGCCAGCGAC TTATTACCCC GATGGGAACG ATCCAAATGT TGCTAGGGGG TTTGGGTCTT 
TTGCAGACGA TTCCGCTGTT TGCAACTCTC GGTGTCGAGA GGGGTTGGCT CGCCAGCATG 
CAAGAGATCT TCCTCGTCTT TGTCACCGGT GGCCCTCTTC ATTTCATGTT CCACATACAG 
ACGAAGGCAA CTTACATGGC GCAAACAATT CTCGTTGGCG GGGCAAAATA CCGGCCGACA 
GGACGAGGTT TTGTGACGCA GCACACTCCG ATGGATGAAC AGTTTCGCTT TTTTGCAGCA 
AGCCATCTTT ACCTTGGAGT GGAACTTGCT GCGGGCTTAA TTCTCATGGG TACTTACACC 
GATGCTGGAC AGTATGCTGG GAGAACTTGG TCGCTGTGGC TGGCCGCGGC ATCCTTTCTG 
TGTAGTCCGT TTTGGTTCAA TCCCCTCACC TTTGACTGGA ATGTTGTGAC TAGCGACTAT 
GGCCTCTGGC TGAAATGGAT ACGGGGTACT TCTGGAGGGG CTTCGAAGAG TTGGTCTATG 
TGGTACAATG AAGAGAATTC CTTCTGGAAA CAGCTTCCTC TGACTTCCAA ATTGTTGTAC 
CTCATCAAAG CTGTTGTGTA TCTTGTGATC GGAGAGGGAA TCCGCCGTTC TGCCCTCTTC 
CGGTCTGATA TAACTTTGAA TCCGCCTACA ATAGGGGTGG GAAAGATTCT CATCTTTTTG 
GCGGTACTCA TAGTCGTCGG TCGAATTTTT TCTGCTCATG AACGCACAAT GCCATATCCT 
GTACGGAGAA CTATCGGCAT CCTAATCTTC TCCGGTATGT TCGCAGGGAT TATAACTCTT 
TTTATTGAAG ATACCAACTA CATTCGCTAC GGAATGGCGG CCTACTATGG GCTCGGCGCT 
GTATGCTTGG CAGGTCTCCT ATTTGGTTTC AGGATTGTGA AGTACCTTTA CTGGCTTCAC 
GATATTGTCT GTGCTCATCT CATCTTTATC CCTCTTTTCA TTCTCGGGGC TCTCCAGCTC 
CCCGGAATGA TCCAGACATG GTTGCTGTAT CACAATGCCC TTTCCACAGA TGTTGTGGTT 
TCAGACATTC TTCGATACGC GAGAAAGACG CAAGAATCAG GAGCAGGCGG CGAAAAAACA 
GAGGATTTGG TGGAGCAGAT ATCTGAGCTG CGCAAAGTTG TGCAGCGTCA AGAACAAGCC 
CTTGCGAGTG CAGGGTTCAC GGGTGGCGAT GGCCAGCTTG TATCATCAGC CTCCATTGGA 
TCGGCAATGT CCAATAATTA CCTGATATCC GCACCCGATC AACCTCAAAT CCGTCAAGCT 
TCCGACGCCG GGCGAGGGTA CGGTCGGGCG CTTAGTTTAT CCGGCTTGGA TGTATGGGGA 
AACATGGCGC TCGGCGATGT TCAAGCCGAG GATCTCCGCC AAACTGATTT GACGCCGGAC 
ACCATCCCTC AGAGAGGCAC TCCTGGACAA ACTACGACGG TAGCGCAAGG ATTTTCGTTC 
TCTCAGCCGG ACACGATGCC ACCTCGGCTC TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_002177443.1
CDS	229..6621
Translation	MIARMGYPAIRFLAALSVAYLASRASSTQRLFSGTLSAVFAGFLTYTYLEPLFVPVGSDTAMVFLYILSINASLVGLSLGVLLPVIFPGFCFGSAIVLLVGCFLHLANSYFFPVVGVVCAIVSAVLSSRTNSTFFLLLATIMEAGAVAACLVLKPMLPYLMDIVRGYPYYPHADDGTAPDVSVAKELLYGLVWVASSLLVAASIVYRDGHVADLNPWRLFRSHNYTAVPTTIGDSNSKLGRENSLISPHRDPPGNQDTYNMFDPGKLPPRLAEYANLVYSACEDLGNFFGFQDSSVRNQAEHLLILLSNNRRYMSSHILPPSVQPPSPIHALHAKVFSNYVKWCRAMGVSPNFSKMNTSMNAPPAVASRVVDLVLYFCVWGEACNLRHMAECVWFLYHKTMEEYIRSEGYTQTRSLYAGHFLDFVITPIYDIVAKNMRSDADHPDKRNYDDFNEYFWSRNCLQFRYSSENLDADDIEGTGGIAGPLNGELYPPIAEGLSKAPKTFLEKRSWLRGILALNRILEWHIVTFYLLGVVAFSRELVWGWVFSLQVASAVFWIFNALHLCWALLEVWGSYPGIQLSGTDVCGSVFVLAARFLTLVYQTLYLMWAFSPQKGIHLGIEADSTFWWWQYVWLSLLVMIPYFIEMFLQIIPSLATRIYTSQNDYVQSFLNILYPLSRLYVGKEVHESFGHTIVYIAFWTTLMAWKLFFSYVFEVHSMVLPSLQLTDDYLNYPNQSFTKMILLLSLRWLPQFIVYLIDMSIWYAAWQAFAGTSVGFSDHLGDIRSIDDIRMNFGRAPEHFCKKMLSQDAGSRRGSSASFLSSSGNNLSEGSSLLGADPHMLQSYVNRLLDVRIQKWVMFSAAWNEIIDHFREEDIISTTESDNLKFSQFDGFSQAIYLPVFQTAGVIDDVLSELERPAEEYKDLRTGEYTDESFFKPIASHVTMQTAVAEVWELGSFIFLQVLGPVHSKDIHAVVAMMNKWIESETMSGCLKLETMRGVMKHFVDVVRILERGIVTRNPTTRPKSLTKRAPEAKPTMKRSRVRRVVSAGSLSSLDAESKNREMKNQHEVRESVDVKIIDALRDQVRDKFRSLTHAVKGMLKNTASNKDSRDVLDRLTFLGSMENGFFWDDSYASEQLDVASKNETFKAVLKKMHGLVCMHPDDAEPKSKEVRRRLTFFVNSLFMDMPNAPSIHDMFSWNVLTPYYSEDVTYSKDDLEKRSDALGVSTLLYLQTLYRSDWNNFLERLGIKDEDKVWSKKYVNETRRWASIRAQTLSRTVNGMMYCEKALRLLANLERLDEDTTNDLMGEKFGYIVSCQMYGKMKRNQDSKADDIEALMHRFPLMRVAYIDNIRLNRSGASAFYSVLVKSDRRGNIQEVYRVRLPGDPVLGEGKPENQNHAMIFTRGEYVQTIDMNQEGYFEEALKMRNCLQEFAKREGPLPTTILGLREHIFTGSVSSLANYMALQEISFVTLGQRVLTRPLHIRLHYGHPDIFDKLFFITRGGVSKASRGINLSEDIFAGYNNVIRGGSVGFKEYVQIGKGRDVGMSQIYKFEAKLSQGAAEQSLSRDVYRMCNRLDFCRLLSFYYGGIGHYFSNVLTIFTVYVVVYLMTVLAIYDLEKIGQRLITPMGTIQMLLGGLGLLQTIPLFATLGVERGWLASMQEIFLVFVTGGPLHFMFHIQTKATYMAQTILVGGAKYRPTGRGFVTQHTPMDEQFRFFAASHLYLGVELAAGLILMGTYTDAGQYAGRTWSLWLAAASFLCSPFWFNPLTFDWNVVTSDYGLWLKWIRGTSGGASKSWSMWYNEENSFWKQLPLTSKLLYLIKAVVYLVIGEGIRRSALFRSDITLNPPTIGVGKILIFLAVLIVVGRIFSAHERTMPYPVRRTIGILIFSGMFAGIITLFIEDTNYIRYGMAAYYGLGAVCLAGLLFGFRIVKYLYWLHDIVCAHLIFIPLFILGALQLPGMIQTWLLYHNALSTDVVVSDILRYARKTQESGAGGEKTEDLVEQISELRKVVQRQEQALASAGFTGGDGQLVSSASIGSAMSNNYLISAPDQPQIRQASDAGRGYGRALSLSGLDVWGNMALGDVQAEDLRQTDLTPDTIPQRGTPGQTTTVAQGFSFSQPDTMPPRL

Target ORF information:

RefSeq Version	XM_002177407.1
Organism	Phaeodactylum tricornutum CCAP 1055/1
Definition	Phaeodactylum tricornutum CCAP 1055/1 predicted protein (BGS1), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_002177407.1

ORF Insert Sequence:

ATGATTGCTA GAATGGGATA CCCGGCGATC CGGTTTTTAG CCGCCTTGAG TGTTGCTTAC 
TTGGCGAGTC GCGCCTCTTC GACACAACGA CTGTTCTCGG GCACTCTTTC GGCGGTCTTT 
GCAGGATTTT TGACATATAC GTACTTGGAA CCACTCTTTG TTCCAGTCGG ATCCGACACA 
GCCATGGTCT TCCTATACAT TCTATCGATC AACGCGTCGC TTGTCGGTTT GTCTCTTGGT 
GTGCTTCTGC CCGTAATCTT TCCAGGATTC TGCTTCGGCA GTGCCATCGT CCTGCTCGTA 
GGTTGCTTCC TTCATCTGGC CAACTCGTAC TTTTTCCCCG TGGTGGGCGT AGTTTGTGCG 
ATTGTCTCCG CTGTTTTGTC GTCCCGAACC AACTCGACCT TTTTCTTGTT GTTGGCCACC 
ATTATGGAGG CTGGTGCGGT TGCCGCGTGT TTGGTGCTCA AACCCATGTT GCCCTACCTC 
ATGGACATTG TGAGGGGTTA CCCTTACTAT CCCCACGCGG ACGACGGTAC CGCACCCGAT 
GTATCCGTTG CGAAGGAGCT CTTGTACGGT CTCGTGTGGG TAGCTTCTTC GCTTTTGGTA 
GCGGCCTCGA TTGTTTATCG AGACGGCCAC GTTGCTGACT TGAATCCATG GCGCCTCTTC 
CGATCGCATA ACTACACCGC CGTACCGACT ACGATTGGGG ACAGCAACAG CAAATTGGGA 
CGAGAAAACT CACTGATTTC CCCTCACCGT GATCCGCCGG GAAACCAGGA TACCTACAAC 
ATGTTTGATC CGGGTAAATT ACCTCCGCGT TTGGCAGAGT ACGCCAATCT GGTGTACTCG 
GCGTGTGAAG ATCTGGGCAA CTTTTTTGGC TTTCAGGATT CCTCGGTTCG GAACCAGGCA 
GAGCACTTGT TGATCTTGCT CAGCAACAAT CGGCGGTATA TGAGCTCACA CATTCTTCCA 
CCTTCGGTCC AGCCCCCGAG TCCCATTCAC GCTTTGCACG CCAAAGTCTT TTCGAATTAC 
GTCAAGTGGT GCCGAGCCAT GGGTGTTTCG CCAAACTTTT CCAAAATGAA TACGTCCATG 
AATGCGCCAC CAGCGGTGGC CAGTCGCGTA GTCGATTTGG TTCTTTACTT TTGCGTTTGG 
GGCGAGGCGT GCAATCTCCG TCACATGGCC GAGTGTGTCT GGTTCTTGTA CCACAAGACC 
ATGGAGGAGT ACATTCGAAG CGAAGGATAT ACGCAAACGC GAAGTTTGTA CGCCGGACAC 
TTTCTGGACT TTGTGATTAC ACCAATTTAT GACATCGTGG CCAAGAACAT GAGGTCTGAT 
GCGGATCATC CCGATAAACG GAACTACGAT GACTTTAACG AGTACTTCTG GTCCCGCAAC 
TGTCTCCAGT TTCGTTATTC TTCGGAGAAC CTGGATGCGG ACGATATTGA GGGCACCGGA 
GGCATTGCTG GTCCATTGAA CGGTGAGCTT TATCCTCCCA TTGCGGAAGG TCTCAGCAAA 
GCTCCCAAGA CCTTTCTGGA GAAGCGCTCT TGGCTCCGGG GTATTTTAGC TCTAAACAGG 
ATTTTGGAGT GGCACATCGT TACCTTTTAC TTACTTGGAG TGGTGGCTTT TTCTCGCGAA 
CTCGTTTGGG GTTGGGTATT TTCCCTTCAA GTTGCGAGTG CCGTATTCTG GATCTTCAAC 
GCTTTGCATC TTTGCTGGGC CCTTTTGGAA GTTTGGGGCA GCTACCCTGG TATCCAACTA 
TCTGGTACCG ATGTCTGTGG CTCGGTGTTT GTGTTGGCTG CTCGCTTTCT GACTCTTGTC 
TACCAGACAC TCTATTTGAT GTGGGCTTTC TCGCCACAGA AAGGAATTCA TTTAGGTATC 
GAGGCCGACT CAACGTTTTG GTGGTGGCAG TACGTTTGGC TATCTTTGCT TGTGATGATT 
CCTTACTTCA TCGAGATGTT CTTGCAGATT ATTCCCTCGC TAGCGACCCG TATCTACACG 
AGTCAGAACG ACTATGTGCA GTCATTTCTA AACATACTCT ATCCCCTCAG CCGTTTATAC 
GTTGGCAAAG AGGTTCACGA ATCGTTTGGG CACACCATCG TTTACATTGC ATTTTGGACG 
ACGCTGATGG CTTGGAAGCT TTTCTTTTCC TACGTCTTTG AGGTTCACTC CATGGTGCTT 
CCTTCCCTCC AATTGACGGA TGATTATTTG AACTACCCAA ACCAGAGCTT CACAAAAATG 
ATTCTGTTGT TGAGTCTACG CTGGCTCCCG CAGTTCATCG TATATTTGAT TGACATGAGT 
ATCTGGTACG CGGCATGGCA GGCGTTCGCC GGAACGTCAG TAGGATTTTC CGATCATCTC 
GGGGACATTC GCTCAATAGA CGACATTCGA ATGAATTTTG GACGCGCACC GGAGCATTTT 
TGTAAAAAGA TGCTGTCTCA GGATGCCGGA AGTCGTCGCG GCTCTTCTGC AAGTTTCTTG 
TCCTCGTCTG GAAACAACCT CTCCGAAGGG TCGTCGCTTC TTGGCGCAGA CCCACACATG 
TTGCAAAGCT ATGTCAATCG ACTACTAGAC GTTCGTATCC AAAAGTGGGT AATGTTTAGT 
GCGGCATGGA ATGAAATCAT TGACCACTTT CGCGAAGAAG ACATAATCTC GACCACCGAA 
AGTGACAACT TGAAGTTTAG TCAATTCGAT GGGTTTAGTC AGGCGATATA CCTACCTGTA 
TTTCAAACCG CAGGGGTTAT TGATGATGTT CTTTCTGAAC TTGAGCGACC AGCCGAGGAA 
TACAAAGATC TACGGACTGG CGAGTATACC GACGAGAGCT TTTTTAAACC CATAGCTTCA 
CATGTTACAA TGCAGACGGC CGTCGCGGAG GTATGGGAGC TTGGCTCGTT CATCTTTCTT 
CAAGTGCTCG GCCCTGTCCA CAGCAAGGAC ATACATGCCG TCGTTGCGAT GATGAACAAG 
TGGATTGAAT CAGAAACAAT GTCTGGATGT TTAAAGCTCG AAACAATGAG AGGTGTCATG 
AAACATTTTG TTGATGTGGT CCGCATCCTC GAACGCGGCA TAGTGACGCG GAATCCGACC 
ACTCGACCGA AATCACTAAC GAAGAGAGCT CCAGAAGCAA AGCCGACTAT GAAAAGATCG 
AGAGTGCGCC GTGTTGTTAG TGCTGGATCG TTAAGCAGCT TAGATGCCGA GAGCAAAAAT 
CGCGAAATGA AAAATCAACA CGAAGTCCGT GAGTCTGTCG ATGTAAAGAT AATTGACGCG 
TTGAGAGATC AAGTTCGTGA CAAGTTTCGA AGCTTAACCC ATGCCGTGAA GGGCATGCTG 
AAGAATACGG CTTCAAACAA AGACTCTCGT GATGTTCTTG ATCGTCTGAC ATTCCTCGGG 
AGTATGGAAA ACGGATTCTT TTGGGACGAT TCATACGCCT CTGAACAGCT TGACGTAGCG 
TCGAAGAACG AGACATTTAA AGCTGTACTA AAGAAGATGC ACGGATTGGT TTGTATGCAT 
CCAGATGATG CTGAGCCTAA GTCAAAGGAG GTCCGCCGTC GTTTGACTTT CTTCGTGAAT 
TCGCTTTTCA TGGATATGCC AAACGCGCCC TCTATTCATG ACATGTTTTC TTGGAACGTC 
CTTACACCTT ATTACTCGGA AGATGTGACG TACAGCAAAG ACGATCTTGA GAAGCGATCA 
GATGCCTTAG GTGTGTCAAC ATTGCTGTAT CTCCAGACTC TTTATCGATC AGACTGGAAT 
AACTTTCTTG AGAGATTAGG TATCAAGGAC GAAGATAAGG TGTGGTCGAA GAAGTACGTA 
AACGAAACTA GACGTTGGGC GAGTATCCGC GCCCAGACAC TCTCTCGAAC CGTCAATGGT 
ATGATGTACT GTGAAAAAGC ACTTCGCCTG TTGGCTAATC TTGAAAGACT CGACGAAGAC 
ACAACGAATG ACCTTATGGG AGAAAAGTTT GGATACATTG TATCATGTCA AATGTACGGA 
AAAATGAAGA GAAATCAAGA CTCAAAAGCA GACGATATCG AAGCGTTGAT GCACCGTTTT 
CCCCTTATGA GAGTGGCCTA CATCGACAAT ATTCGTCTGA ATCGCTCGGG TGCAAGCGCT 
TTCTATTCTG TTCTGGTAAA AAGTGATAGA AGAGGCAACA TTCAAGAGGT CTACAGGGTT 
CGCCTTCCAG GAGATCCAGT TCTAGGTGAA GGAAAACCCG AGAATCAGAA TCACGCAATG 
ATATTTACTA GAGGCGAATA TGTTCAGACA ATTGATATGA ACCAGGAAGG TTACTTTGAG 
GAGGCGCTGA AAATGCGAAA TTGCCTACAA GAATTTGCTA AACGCGAGGG ACCTTTGCCA 
ACGACCATTC TAGGTCTACG CGAGCACATT TTCACAGGCA GCGTTAGTTC TTTGGCGAAT 
TACATGGCTC TGCAGGAGAT CTCTTTCGTG ACGCTTGGTC AACGCGTCCT TACCCGACCC 
CTGCATATCC GTCTCCACTA TGGTCACCCC GATATTTTTG ACAAGCTATT CTTCATCACA 
CGAGGCGGTG TGAGCAAAGC ATCACGGGGC ATCAACCTGT CGGAGGACAT TTTCGCTGGA 
TACAACAACG TTATACGTGG TGGATCTGTC GGATTCAAAG AGTATGTGCA AATTGGCAAG 
GGCCGCGACG TTGGAATGAG CCAAATCTAC AAATTCGAAG CAAAGCTGAG TCAAGGAGCA 
GCAGAGCAGA GTCTTTCCCG TGATGTTTAC CGAATGTGTA ATCGCCTGGA TTTCTGTCGT 
CTCCTCTCCT TTTATTATGG TGGGATTGGC CACTACTTTT CCAACGTCCT GACAATTTTT 
ACTGTCTACG TTGTGGTATA CCTCATGACA GTTTTGGCTA TCTACGATCT TGAAAAAATT 
GGCCAGCGAC TTATTACCCC GATGGGAACG ATCCAAATGT TGCTAGGGGG TTTGGGTCTT 
TTGCAGACGA TTCCGCTGTT TGCAACTCTC GGTGTCGAGA GGGGTTGGCT CGCCAGCATG 
CAAGAGATCT TCCTCGTCTT TGTCACCGGT GGCCCTCTTC ATTTCATGTT CCACATACAG 
ACGAAGGCAA CTTACATGGC GCAAACAATT CTCGTTGGCG GGGCAAAATA CCGGCCGACA 
GGACGAGGTT TTGTGACGCA GCACACTCCG ATGGATGAAC AGTTTCGCTT TTTTGCAGCA 
AGCCATCTTT ACCTTGGAGT GGAACTTGCT GCGGGCTTAA TTCTCATGGG TACTTACACC 
GATGCTGGAC AGTATGCTGG GAGAACTTGG TCGCTGTGGC TGGCCGCGGC ATCCTTTCTG 
TGTAGTCCGT TTTGGTTCAA TCCCCTCACC TTTGACTGGA ATGTTGTGAC TAGCGACTAT 
GGCCTCTGGC TGAAATGGAT ACGGGGTACT TCTGGAGGGG CTTCGAAGAG TTGGTCTATG 
TGGTACAATG AAGAGAATTC CTTCTGGAAA CAGCTTCCTC TGACTTCCAA ATTGTTGTAC 
CTCATCAAAG CTGTTGTGTA TCTTGTGATC GGAGAGGGAA TCCGCCGTTC TGCCCTCTTC 
CGGTCTGATA TAACTTTGAA TCCGCCTACA ATAGGGGTGG GAAAGATTCT CATCTTTTTG 
GCGGTACTCA TAGTCGTCGG TCGAATTTTT TCTGCTCATG AACGCACAAT GCCATATCCT 
GTACGGAGAA CTATCGGCAT CCTAATCTTC TCCGGTATGT TCGCAGGGAT TATAACTCTT 
TTTATTGAAG ATACCAACTA CATTCGCTAC GGAATGGCGG CCTACTATGG GCTCGGCGCT 
GTATGCTTGG CAGGTCTCCT ATTTGGTTTC AGGATTGTGA AGTACCTTTA CTGGCTTCAC 
GATATTGTCT GTGCTCATCT CATCTTTATC CCTCTTTTCA TTCTCGGGGC TCTCCAGCTC 
CCCGGAATGA TCCAGACATG GTTGCTGTAT CACAATGCCC TTTCCACAGA TGTTGTGGTT 
TCAGACATTC TTCGATACGC GAGAAAGACG CAAGAATCAG GAGCAGGCGG CGAAAAAACA 
GAGGATTTGG TGGAGCAGAT ATCTGAGCTG CGCAAAGTTG TGCAGCGTCA AGAACAAGCC 
CTTGCGAGTG CAGGGTTCAC GGGTGGCGAT GGCCAGCTTG TATCATCAGC CTCCATTGGA 
TCGGCAATGT CCAATAATTA CCTGATATCC GCACCCGATC AACCTCAAAT CCGTCAAGCT 
TCCGACGCCG GGCGAGGGTA CGGTCGGGCG CTTAGTTTAT CCGGCTTGGA TGTATGGGGA 
AACATGGCGC TCGGCGATGT TCAAGCCGAG GATCTCCGCC AAACTGATTT GACGCCGGAC 
ACCATCCCTC AGAGAGGCAC TCCTGGACAA ACTACGACGG TAGCGCAAGG ATTTTCGTTC 
TCTCAGCCGG ACACGATGCC ACCTCGGCTC TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

BGS1 ( XM_002177406.1 ) cDNA ORF clone, Phaeodactylum tricornutum CCAP 1055/1 -> XP_002177442.1 Phaeodactylum tricornutum CCAP 1055/1 glycosyl transferase, family 48 (BGS1), mRNA.

Price & Availability↑

CloneID	OPb01346
Clone ID Related Accession (Same CDS sequence)	XM_002177406.1
Accession Version	XM_002177406.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6366bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1497456000000
Organism	Phaeodactylum tricornutum CCAP 1055/1
Product	glycosyl transferase, family 48
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_011669).

ATGGGGGGAG CTCAAGCCGA TGACGACGCC ATTGGAGGCG GGGGCAACGA GACAATGGAA 
ATGATTGCTA GAATGGGATA CCCGGCGATC CGGTTTTTAG CCGCCTTGAG TGTTGCTTAC 
TTGGCGAGTC GCGCCTCTTC GACACAACGA CTGTTCTCGG GCACTCTTTC GGCGGTCTTT 
GCAGGATTTT TGACATATAC GTACTTGGAA CCACTCTTTG TTCCAGTCGG ATCCGACACA 
GCCATGGTCT TCCTATACAT TCTATCGATC AACGCGTCGC TTGTCGGTTT GTCTCTTGGT 
GTGCTTCTGC CCGTAATCTT TCCAGGATTC TGCTTCGGCA GTGCCATCGT CCTGCTCGTA 
GGTTGCTTCC TTCATCTGGC CAACTCGTAC TTTTTCCCCG TGGTGGGCGT AGTTTGTGCG 
ATTGTCTCCG CTGTTTTGTC GTCCCGAACC AACTCGACCT TTTTCTTGTT GTTGGCCACC 
ATTATGGAGG CTGGTGCGGT TGCCGCGTGT TTGGTGCTCA AACCCATGTT GCCCTACCTC 
ATGGACATTG TGAGGGGTTA CCCTTACTAT CCCCACGCGG ACGACGGTAC CGCACCCGAT 
GTATCCGTTG CGAAGGAGCT CTTGTACGGT CTCGTGTGGG TAGCTTCTTC GCTTTTGGTA 
GCGGCCTCGA TTGTTTATCG AGACGGCCAC GTTGCTGACT TGAATCCATG GCGCCTCTTC 
CGATCGCATA ACTACACCGC CGTACCGACT ACGATTGGGG ACAGCAACAG CAAATTGGGA 
CGAGAAAACT CACTGATTTC CCCTCACCGT GATCCGCCGG GAAACCAGGA TACCTACAAC 
ATGTTTGATC CGGGTAAATT ACCTCCGCGT TTGGCAGAGT ACGCCAATCT GGTGTACTCG 
GCGTGTGAAG ATCTGGGCAA CTTTTTTGGC TTTCAGGATT CCTCGGTTCG GAACCAGGCA 
GAGCACTTGT TGATCTTGCT CAGCAACAAT CGGCGGTATA TGAGCTCACA CATTCTTCCA 
CCTTCGGTCC AGCCCCCGAG TCCCATTCAC GCTTTGCACG CCAAAGTCTT TTCGAATTAC 
GTCAAGTGGT GCCGAGCCAT GGGTGTTTCG CCAAACTTTT CCAAAATGAA TACGTCCATG 
AATGCGCCAC CAGCGGTGGC CAGTCGCGTA GTCGATTTGG TTCTTTACTT TTGCGTTTGG 
GGCGAGGCGT GCAATCTCCG TCACATGGCC GAGTGTGTCT GGTTCTTGTA CCACAAGACC 
ATGGAGGAGT ACATTCGAAG CGAAGGATAT ACGCAAACGC GAAGTTTGTA CGCCGGACAC 
TTTCTGGACT TTGTGATTAC ACCAATTTAT GACATCGTGG CCAAGAACAT GAGGTCTGAT 
GCGGATCATC CCGATAAACG GAACTACGAT GACTTTAACG AGTACTTCTG GTCCCGCAAC 
TGTCTCCAGT TTCGTTATTC TTCGGAGAAC CTGGATGCGG ACGATATTGA GGGCACCGGA 
GGCATTGCTG GTCCATTGAA CGGTGAGCTT TATCCTCCCA TTGCGGAAGG TCTCAGCAAA 
GCTCCCAAGA CCTTTCTGGA GAAGCGCTCT TGGCTCCGGG GTATTTTAGC TCTAAACAGG 
ATTTTGGAGT GGCACATCGT TACCTTTTAC TTACTTGGAG TGGTGGCTTT TTCTCGCGAA 
CTCGTTTGGG GTTGGGTATT TTCCCTTCAA GTTGCGAGTG CCGTATTCTG GATCTTCAAC 
GCTTTGCATC TTTGCTGGGC CCTTTTGGAA GTTTGGGGCA GCTACCCTGG TATCCAACTA 
TCTGGTACCG ATGTCTGTGG CTCGGTGTTT GTGTTGGCTG CTCGCTTTCT GACTCTTGTC 
TACCAGACAC TCTATTTGAT GTGGGCTTTC TCGCCACAGA AAGGAATTCA TTTAGGTATC 
GAGGCCGACT CAACGTTTTG GTGGTGGCAG TACGTTTGGC TATCTTTGCT TGTGATGATT 
CCTTACTTCA TCGAGATGTT CTTGCAGATT ATTCCCTCGC TAGCGACCCG TATCTACACG 
AGTCAGAACG ACTATGTGCA GTCATTTCTA AACATACTCT ATCCCCTCAG CCGTTTATAC 
GTTGGCAAAG AGGTTCACGA ATCGTTTGGG CACACCATCG TTTACATTGC ATTTTGGACG 
ACGCTGATGG CTTGGAAGCT TTTCTTTTCC TACGTCTTTG AGGTTCACTC CATGGTGCTT 
CCTTCCCTCC AATTGACGGA TGATTATTTG AACTACCCAA ACCAGAGCTT CACAAAAATG 
ATTCTGTTGT TGAGTCTACG CTGGCTCCCG CAGTTCATCG TATATTTGAT TGACATGAGT 
ATCTGGTACG CGGCATGGCA GGCGTTCGCC GGAACGTCAG TAGGATTTTC CGATCATCTC 
GGGGACATTC GCTCAATAGA CGACATTCGA ATGAATTTTG GACGCGCACC GGAGCATTTT 
TGTAAAAAGA TGCTGTCTCA GGATGCCGGA AGTCGTCGCG GCTCTTCTGC AAGTTTCTTG 
TCCTCGTCTG GAAACAACCT CTCCGAAGGG TCGTCGCTTC TTGGCGCAGA CCCACACATG 
TTGCAAAGCT ATGTCAATCG ACTACTAGAC GTTCGTATCC AAAAGTGGGT AATGTTTAGT 
GCGGCATGGA ATGAAATCAT TGACCACTTT CGCGAAGAAG ACATAATCTC GACCACCGAA 
AGTGACAACT TGAAGTTTAG TCAATTCGAT GGGTTTAGTC AGGCGATATA CCTACCTGTA 
TTTCAAACCG CAGGGGTTAT TGATGATGTT CTTTCTGAAC TTGAGCGACC AGCCGAGGAA 
TACAAAGATC TACGGACTGG CGAGTATACC GACGAGAGCT TTTTTAAACC CATAGCTTCA 
CATGTTACAA TGCAGACGGC CGTCGCGGAG GTATGGGAGC TTGGCTCGTT CATCTTTCTT 
CAAGTGCTCG GCCCTGTCCA CAGCAAGGAC ATACATGCCG TCGTTGCGAT GATGAACAAG 
TGGATTGAAT CAGAAACAAT GTCTGGATGT TTAAAGCTCG AAACAATGAG AGGTGTCATG 
AAACATTTTG TTGATGTGGT CCGCATCCTC GAACGCGGCA TAGTGACGCG GAATCCGACC 
ACTCGACCGA AATCACTAAC GAAGAGAGCT CCAGAAGCAA AGCCGACTAT GAAAAGATCG 
AGAGTGCGCC GTGTTGTTAG TGCTGGATCG TTAAGCAGCT TAGATGCCGA GAGCAAAAAT 
CGCGAAATGA AAAATCAACA CGAAGTCCGT GAGTCTGTCG ATGTAAAGAT AATTGACGCG 
TTGAGAGATC AAGTTCGTGA CAAGTTTCGA AGCTTAACCC ATGCCGTGAA GGGCATGCTG 
AAGAATACGG CTTCAAACAA AGACTCTCGT GATGTTCTTG ATCGTCTGAC ATTCCTCGGG 
AGTATGGAAA ACGGATTCTT TTGGGACGAT TCATACGCCT CTGAACAGCT TGACGTAGCG 
TCGAAGAACG AGACATTTAA AGCTGTACTA AAGAAGATGC ACGGATTGGT TTGTATGCAT 
CCAGATGATG CTGAGCCTAA GTCAAAGGAG GTCCGCCGTC GTTTGACTTT CTTCGTGAAT 
TCGCTTTTCA TGGATATGCC AAACGCGCCC TCTATTCATG ACATGTTTTC TTGGAACGTC 
CTTACACCTT ATTACTCGGA AGATGTGACG TACAGCAAAG ACGATCTTGA GAAGCGATCA 
GATGCCTTAG GTGTGTCAAC ATTGCTGTAT CTCCAGACTC TTTATCGATC AGACTGGAAT 
AACTTTCTTG AGAGATTAGG TATCAAGGAC GAAGATAAGG TGTGGTCGAA GAAGTACGTA 
AACGAAACTA GACGTTGGGC GAGTATCCGC GCCCAGACAC TCTCTCGAAC CGTCAATGGT 
ATGATGTACT GTGAAAAAGC ACTTCGCCTG TTGGCTAATC TTGAAAGACT CGACGAAGAC 
ACAACGAATG ACCTTATGGG AGAAAAGTTT GGATACATTG TATCATGTCA AATGTACGGA 
AAAATGAAGA GAAATCAAGA CTCAAAAGCA GACGATATCG AAGCGTTGAT GCACCGTTTT 
CCCCTTATGA GAGTGGCCTA CATCGACAAT ATTCGTCTGA ATCGCTCGGG TGCAAGCGCT 
TTCTATTCTG TTCTGGTAAA AAGTGATAGA AGAGGCAACA TTCAAGAGGT CTACAGGGTT 
CGCCTTCCAG GAGATCCAGT TCTAGGTGAA GGAAAACCCG AGAATCAGAA TCACGCAATG 
ATATTTACTA GAGGCGAATA TGTTCAGACA ATTGATATGA ACCAGGAAGG TTACTTTGAG 
GAGGCGCTGA AAATGCGAAA TTGCCTACAA GAATTTGCTA AACGCGAGGG ACCTTTGCCA 
ACGACCATTC TAGGTCTACG CGAGCACATT TTCACAGGCA GCGTTAGTTC TTTGGCGAAT 
TACATGGCTC TGCAGGAGAT CTCTTTCGTG ACGCTTGGTC AACGCGTCCT TACCCGACCC 
CTGCATATCC GTCTCCACTA TGGTCACCCC GATATTTTTG ACAAGCTATT CTTCATCACA 
CGAGGCGGTG TGAGCAAAGC ATCACGGGGC ATCAACCTGT CGGAGGACAT TTTCGCTGGA 
TACAACAACG TTATACGTGG TGGATCTGTC GGATTCAAAG AGTATGTGCA AATTGGCAAG 
GGCCGCGACG TTGGAATGAG CCAAATCTAC AAATTCGAAG CAAAGCTGAG TCAAGGAGCA 
GCAGAGCAGA GTCTTTCCCG TGATGTTTAC CGAATGTGTA ATCGCCTGGA TTTCTGTCGT 
CTCCTCTCCT TTTATTATGG TGGGATTGGC CACTACTTTT CCAACGTCCT GACAATTTTT 
ACTGTCTACG TTGTGGTATA CCTCATGACA GTTTTGGCTA TCTACGATCT TGAAAAAATT 
GGCCAGCGAC TTATTACCCC GATGGGAACG ATCCAAATGT TGCTAGGGGG TTTGGGTCTT 
TTGCAGACGA TTCCGCTGTT TGCAACTCTC GGTGTCGAGA GGGGTTGGCT CGCCAGCATG 
CAAGAGATCT TCCTCGTCTT TGTCACCGGT GGCCCTCTTC ATTTCATGTT CCACATACAG 
ACGAAGGCAA CTTACATGGC GCAAACAATT CTCGTTGGCG GGGCAAAATA CCGGCCGACA 
GGACGAGGTT TTGTGACGCA GCACACTCCG ATGGATGAAC AGTTTCGCTT TTTTGCAGCA 
AGCCATCTTT ACCTTGGAGT GGAACTTGCT GCGGGCTTAA TTCTCATGGG TACTTACACC 
GATGCTGGAC AGTATGCTGG GAGAACTTGG TCGCTGTGGC TGGCCGCGGC ATCCTTTCTG 
TGTAGTCCGT TTTGGTTCAA TCCCCTCACC TTTGACTGGA ATGTTGTGAC TAGCGACTAT 
GGCCTCTGGC TGAAATGGAT ACGGGGTACT TCTGGAGGGG CTTCGAAGAG TTGGTCTATG 
TGGTACAATG AAGAGAATTC CTTCTGGAAA CAGCTTCCTC TGACTTCCAA ATTGTTGTAC 
CTCATCAAAG CTGTTGTGTA TCTTGTGATC GGAGAGGGAA TCCGCCGTTC TGCCCTCTTC 
CGGTCTGATA TAACTTTGAA TCCGCCTACA ATAGGGGTGG GAAAGATTCT CATCTTTTTG 
GCGGTACTCA TAGTCGTCGG GATTATAACT CTTTTTATTG AAGATACCAA CTACATTCGC 
TACGGAATGG CGGCCTACTA TGGGCTCGGC GCTGTATGCT TGGCAGGTCT CCTATTTGGT 
TTCAGGATTG TGAAGTACCT TTACTGGCTT CACGATATTG TCTGTGCTCA TCTCATCTTT 
ATCCCTCTTT TCATTCTCGG GGCTCTCCAG CTCCCCGGAA TGATCCAGAC ATGGTTGCTG 
TATCACAATG CCCTTTCCAC AGATGTTGTG GTTTCAGACA TTCTTCGATA CGCGAGAAAG 
ACGCAAGAAT CAGGAGCAGG CGGCGAAAAA ACAGAGGATT TGGTGGAGCA GATATCTGAG 
CTGCGCAAAG TTGTGCAGCG TCAAGAACAA GCCCTTGCGA GTGCAGGGTT CACGGGTGGC 
GATGGCCAGC TTGTATCATC AGCCTCCATT GGATCGGCAA TGTCCAATAA TTACCTGATA 
TCCGCACCCG ATCAACCTCA AATCCGTCAA GCTTCCGACG CCGGGCGAGG GTACGGTCGG 
GCGCTTAGTT TATCCGGCTT GGATGTATGG GGAAACATGG CGCTCGGCGA TGTTCAAGCC 
GAGGATCTCC GCCAAACTGA TTTGACGCCG GACACCATCC CTCAGAGAGG CACTCCTGGA 
CAAACTACGA CGGTAGCGCA AGGATTTTCG TTCTCTCAGC CGGACACGAT GCCACCTCGG 
CTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_002177442.1
CDS	168..6533
Translation	MGGAQADDDAIGGGGNETMEMIARMGYPAIRFLAALSVAYLASRASSTQRLFSGTLSAVFAGFLTYTYLEPLFVPVGSDTAMVFLYILSINASLVGLSLGVLLPVIFPGFCFGSAIVLLVGCFLHLANSYFFPVVGVVCAIVSAVLSSRTNSTFFLLLATIMEAGAVAACLVLKPMLPYLMDIVRGYPYYPHADDGTAPDVSVAKELLYGLVWVASSLLVAASIVYRDGHVADLNPWRLFRSHNYTAVPTTIGDSNSKLGRENSLISPHRDPPGNQDTYNMFDPGKLPPRLAEYANLVYSACEDLGNFFGFQDSSVRNQAEHLLILLSNNRRYMSSHILPPSVQPPSPIHALHAKVFSNYVKWCRAMGVSPNFSKMNTSMNAPPAVASRVVDLVLYFCVWGEACNLRHMAECVWFLYHKTMEEYIRSEGYTQTRSLYAGHFLDFVITPIYDIVAKNMRSDADHPDKRNYDDFNEYFWSRNCLQFRYSSENLDADDIEGTGGIAGPLNGELYPPIAEGLSKAPKTFLEKRSWLRGILALNRILEWHIVTFYLLGVVAFSRELVWGWVFSLQVASAVFWIFNALHLCWALLEVWGSYPGIQLSGTDVCGSVFVLAARFLTLVYQTLYLMWAFSPQKGIHLGIEADSTFWWWQYVWLSLLVMIPYFIEMFLQIIPSLATRIYTSQNDYVQSFLNILYPLSRLYVGKEVHESFGHTIVYIAFWTTLMAWKLFFSYVFEVHSMVLPSLQLTDDYLNYPNQSFTKMILLLSLRWLPQFIVYLIDMSIWYAAWQAFAGTSVGFSDHLGDIRSIDDIRMNFGRAPEHFCKKMLSQDAGSRRGSSASFLSSSGNNLSEGSSLLGADPHMLQSYVNRLLDVRIQKWVMFSAAWNEIIDHFREEDIISTTESDNLKFSQFDGFSQAIYLPVFQTAGVIDDVLSELERPAEEYKDLRTGEYTDESFFKPIASHVTMQTAVAEVWELGSFIFLQVLGPVHSKDIHAVVAMMNKWIESETMSGCLKLETMRGVMKHFVDVVRILERGIVTRNPTTRPKSLTKRAPEAKPTMKRSRVRRVVSAGSLSSLDAESKNREMKNQHEVRESVDVKIIDALRDQVRDKFRSLTHAVKGMLKNTASNKDSRDVLDRLTFLGSMENGFFWDDSYASEQLDVASKNETFKAVLKKMHGLVCMHPDDAEPKSKEVRRRLTFFVNSLFMDMPNAPSIHDMFSWNVLTPYYSEDVTYSKDDLEKRSDALGVSTLLYLQTLYRSDWNNFLERLGIKDEDKVWSKKYVNETRRWASIRAQTLSRTVNGMMYCEKALRLLANLERLDEDTTNDLMGEKFGYIVSCQMYGKMKRNQDSKADDIEALMHRFPLMRVAYIDNIRLNRSGASAFYSVLVKSDRRGNIQEVYRVRLPGDPVLGEGKPENQNHAMIFTRGEYVQTIDMNQEGYFEEALKMRNCLQEFAKREGPLPTTILGLREHIFTGSVSSLANYMALQEISFVTLGQRVLTRPLHIRLHYGHPDIFDKLFFITRGGVSKASRGINLSEDIFAGYNNVIRGGSVGFKEYVQIGKGRDVGMSQIYKFEAKLSQGAAEQSLSRDVYRMCNRLDFCRLLSFYYGGIGHYFSNVLTIFTVYVVVYLMTVLAIYDLEKIGQRLITPMGTIQMLLGGLGLLQTIPLFATLGVERGWLASMQEIFLVFVTGGPLHFMFHIQTKATYMAQTILVGGAKYRPTGRGFVTQHTPMDEQFRFFAASHLYLGVELAAGLILMGTYTDAGQYAGRTWSLWLAAASFLCSPFWFNPLTFDWNVVTSDYGLWLKWIRGTSGGASKSWSMWYNEENSFWKQLPLTSKLLYLIKAVVYLVIGEGIRRSALFRSDITLNPPTIGVGKILIFLAVLIVVGIITLFIEDTNYIRYGMAAYYGLGAVCLAGLLFGFRIVKYLYWLHDIVCAHLIFIPLFILGALQLPGMIQTWLLYHNALSTDVVVSDILRYARKTQESGAGGEKTEDLVEQISELRKVVQRQEQALASAGFTGGDGQLVSSASIGSAMSNNYLISAPDQPQIRQASDAGRGYGRALSLSGLDVWGNMALGDVQAEDLRQTDLTPDTIPQRGTPGQTTTVAQGFSFSQPDTMPPRL

Target ORF information:

RefSeq Version	XM_002177406.1
Organism	Phaeodactylum tricornutum CCAP 1055/1
Definition	Phaeodactylum tricornutum CCAP 1055/1 glycosyl transferase, family 48 (BGS1), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_002177406.1

ORF Insert Sequence:

ATGGGGGGAG CTCAAGCCGA TGACGACGCC ATTGGAGGCG GGGGCAACGA GACAATGGAA 
ATGATTGCTA GAATGGGATA CCCGGCGATC CGGTTTTTAG CCGCCTTGAG TGTTGCTTAC 
TTGGCGAGTC GCGCCTCTTC GACACAACGA CTGTTCTCGG GCACTCTTTC GGCGGTCTTT 
GCAGGATTTT TGACATATAC GTACTTGGAA CCACTCTTTG TTCCAGTCGG ATCCGACACA 
GCCATGGTCT TCCTATACAT TCTATCGATC AACGCGTCGC TTGTCGGTTT GTCTCTTGGT 
GTGCTTCTGC CCGTAATCTT TCCAGGATTC TGCTTCGGCA GTGCCATCGT CCTGCTCGTA 
GGTTGCTTCC TTCATCTGGC CAACTCGTAC TTTTTCCCCG TGGTGGGCGT AGTTTGTGCG 
ATTGTCTCCG CTGTTTTGTC GTCCCGAACC AACTCGACCT TTTTCTTGTT GTTGGCCACC 
ATTATGGAGG CTGGTGCGGT TGCCGCGTGT TTGGTGCTCA AACCCATGTT GCCCTACCTC 
ATGGACATTG TGAGGGGTTA CCCTTACTAT CCCCACGCGG ACGACGGTAC CGCACCCGAT 
GTATCCGTTG CGAAGGAGCT CTTGTACGGT CTCGTGTGGG TAGCTTCTTC GCTTTTGGTA 
GCGGCCTCGA TTGTTTATCG AGACGGCCAC GTTGCTGACT TGAATCCATG GCGCCTCTTC 
CGATCGCATA ACTACACCGC CGTACCGACT ACGATTGGGG ACAGCAACAG CAAATTGGGA 
CGAGAAAACT CACTGATTTC CCCTCACCGT GATCCGCCGG GAAACCAGGA TACCTACAAC 
ATGTTTGATC CGGGTAAATT ACCTCCGCGT TTGGCAGAGT ACGCCAATCT GGTGTACTCG 
GCGTGTGAAG ATCTGGGCAA CTTTTTTGGC TTTCAGGATT CCTCGGTTCG GAACCAGGCA 
GAGCACTTGT TGATCTTGCT CAGCAACAAT CGGCGGTATA TGAGCTCACA CATTCTTCCA 
CCTTCGGTCC AGCCCCCGAG TCCCATTCAC GCTTTGCACG CCAAAGTCTT TTCGAATTAC 
GTCAAGTGGT GCCGAGCCAT GGGTGTTTCG CCAAACTTTT CCAAAATGAA TACGTCCATG 
AATGCGCCAC CAGCGGTGGC CAGTCGCGTA GTCGATTTGG TTCTTTACTT TTGCGTTTGG 
GGCGAGGCGT GCAATCTCCG TCACATGGCC GAGTGTGTCT GGTTCTTGTA CCACAAGACC 
ATGGAGGAGT ACATTCGAAG CGAAGGATAT ACGCAAACGC GAAGTTTGTA CGCCGGACAC 
TTTCTGGACT TTGTGATTAC ACCAATTTAT GACATCGTGG CCAAGAACAT GAGGTCTGAT 
GCGGATCATC CCGATAAACG GAACTACGAT GACTTTAACG AGTACTTCTG GTCCCGCAAC 
TGTCTCCAGT TTCGTTATTC TTCGGAGAAC CTGGATGCGG ACGATATTGA GGGCACCGGA 
GGCATTGCTG GTCCATTGAA CGGTGAGCTT TATCCTCCCA TTGCGGAAGG TCTCAGCAAA 
GCTCCCAAGA CCTTTCTGGA GAAGCGCTCT TGGCTCCGGG GTATTTTAGC TCTAAACAGG 
ATTTTGGAGT GGCACATCGT TACCTTTTAC TTACTTGGAG TGGTGGCTTT TTCTCGCGAA 
CTCGTTTGGG GTTGGGTATT TTCCCTTCAA GTTGCGAGTG CCGTATTCTG GATCTTCAAC 
GCTTTGCATC TTTGCTGGGC CCTTTTGGAA GTTTGGGGCA GCTACCCTGG TATCCAACTA 
TCTGGTACCG ATGTCTGTGG CTCGGTGTTT GTGTTGGCTG CTCGCTTTCT GACTCTTGTC 
TACCAGACAC TCTATTTGAT GTGGGCTTTC TCGCCACAGA AAGGAATTCA TTTAGGTATC 
GAGGCCGACT CAACGTTTTG GTGGTGGCAG TACGTTTGGC TATCTTTGCT TGTGATGATT 
CCTTACTTCA TCGAGATGTT CTTGCAGATT ATTCCCTCGC TAGCGACCCG TATCTACACG 
AGTCAGAACG ACTATGTGCA GTCATTTCTA AACATACTCT ATCCCCTCAG CCGTTTATAC 
GTTGGCAAAG AGGTTCACGA ATCGTTTGGG CACACCATCG TTTACATTGC ATTTTGGACG 
ACGCTGATGG CTTGGAAGCT TTTCTTTTCC TACGTCTTTG AGGTTCACTC CATGGTGCTT 
CCTTCCCTCC AATTGACGGA TGATTATTTG AACTACCCAA ACCAGAGCTT CACAAAAATG 
ATTCTGTTGT TGAGTCTACG CTGGCTCCCG CAGTTCATCG TATATTTGAT TGACATGAGT 
ATCTGGTACG CGGCATGGCA GGCGTTCGCC GGAACGTCAG TAGGATTTTC CGATCATCTC 
GGGGACATTC GCTCAATAGA CGACATTCGA ATGAATTTTG GACGCGCACC GGAGCATTTT 
TGTAAAAAGA TGCTGTCTCA GGATGCCGGA AGTCGTCGCG GCTCTTCTGC AAGTTTCTTG 
TCCTCGTCTG GAAACAACCT CTCCGAAGGG TCGTCGCTTC TTGGCGCAGA CCCACACATG 
TTGCAAAGCT ATGTCAATCG ACTACTAGAC GTTCGTATCC AAAAGTGGGT AATGTTTAGT 
GCGGCATGGA ATGAAATCAT TGACCACTTT CGCGAAGAAG ACATAATCTC GACCACCGAA 
AGTGACAACT TGAAGTTTAG TCAATTCGAT GGGTTTAGTC AGGCGATATA CCTACCTGTA 
TTTCAAACCG CAGGGGTTAT TGATGATGTT CTTTCTGAAC TTGAGCGACC AGCCGAGGAA 
TACAAAGATC TACGGACTGG CGAGTATACC GACGAGAGCT TTTTTAAACC CATAGCTTCA 
CATGTTACAA TGCAGACGGC CGTCGCGGAG GTATGGGAGC TTGGCTCGTT CATCTTTCTT 
CAAGTGCTCG GCCCTGTCCA CAGCAAGGAC ATACATGCCG TCGTTGCGAT GATGAACAAG 
TGGATTGAAT CAGAAACAAT GTCTGGATGT TTAAAGCTCG AAACAATGAG AGGTGTCATG 
AAACATTTTG TTGATGTGGT CCGCATCCTC GAACGCGGCA TAGTGACGCG GAATCCGACC 
ACTCGACCGA AATCACTAAC GAAGAGAGCT CCAGAAGCAA AGCCGACTAT GAAAAGATCG 
AGAGTGCGCC GTGTTGTTAG TGCTGGATCG TTAAGCAGCT TAGATGCCGA GAGCAAAAAT 
CGCGAAATGA AAAATCAACA CGAAGTCCGT GAGTCTGTCG ATGTAAAGAT AATTGACGCG 
TTGAGAGATC AAGTTCGTGA CAAGTTTCGA AGCTTAACCC ATGCCGTGAA GGGCATGCTG 
AAGAATACGG CTTCAAACAA AGACTCTCGT GATGTTCTTG ATCGTCTGAC ATTCCTCGGG 
AGTATGGAAA ACGGATTCTT TTGGGACGAT TCATACGCCT CTGAACAGCT TGACGTAGCG 
TCGAAGAACG AGACATTTAA AGCTGTACTA AAGAAGATGC ACGGATTGGT TTGTATGCAT 
CCAGATGATG CTGAGCCTAA GTCAAAGGAG GTCCGCCGTC GTTTGACTTT CTTCGTGAAT 
TCGCTTTTCA TGGATATGCC AAACGCGCCC TCTATTCATG ACATGTTTTC TTGGAACGTC 
CTTACACCTT ATTACTCGGA AGATGTGACG TACAGCAAAG ACGATCTTGA GAAGCGATCA 
GATGCCTTAG GTGTGTCAAC ATTGCTGTAT CTCCAGACTC TTTATCGATC AGACTGGAAT 
AACTTTCTTG AGAGATTAGG TATCAAGGAC GAAGATAAGG TGTGGTCGAA GAAGTACGTA 
AACGAAACTA GACGTTGGGC GAGTATCCGC GCCCAGACAC TCTCTCGAAC CGTCAATGGT 
ATGATGTACT GTGAAAAAGC ACTTCGCCTG TTGGCTAATC TTGAAAGACT CGACGAAGAC 
ACAACGAATG ACCTTATGGG AGAAAAGTTT GGATACATTG TATCATGTCA AATGTACGGA 
AAAATGAAGA GAAATCAAGA CTCAAAAGCA GACGATATCG AAGCGTTGAT GCACCGTTTT 
CCCCTTATGA GAGTGGCCTA CATCGACAAT ATTCGTCTGA ATCGCTCGGG TGCAAGCGCT 
TTCTATTCTG TTCTGGTAAA AAGTGATAGA AGAGGCAACA TTCAAGAGGT CTACAGGGTT 
CGCCTTCCAG GAGATCCAGT TCTAGGTGAA GGAAAACCCG AGAATCAGAA TCACGCAATG 
ATATTTACTA GAGGCGAATA TGTTCAGACA ATTGATATGA ACCAGGAAGG TTACTTTGAG 
GAGGCGCTGA AAATGCGAAA TTGCCTACAA GAATTTGCTA AACGCGAGGG ACCTTTGCCA 
ACGACCATTC TAGGTCTACG CGAGCACATT TTCACAGGCA GCGTTAGTTC TTTGGCGAAT 
TACATGGCTC TGCAGGAGAT CTCTTTCGTG ACGCTTGGTC AACGCGTCCT TACCCGACCC 
CTGCATATCC GTCTCCACTA TGGTCACCCC GATATTTTTG ACAAGCTATT CTTCATCACA 
CGAGGCGGTG TGAGCAAAGC ATCACGGGGC ATCAACCTGT CGGAGGACAT TTTCGCTGGA 
TACAACAACG TTATACGTGG TGGATCTGTC GGATTCAAAG AGTATGTGCA AATTGGCAAG 
GGCCGCGACG TTGGAATGAG CCAAATCTAC AAATTCGAAG CAAAGCTGAG TCAAGGAGCA 
GCAGAGCAGA GTCTTTCCCG TGATGTTTAC CGAATGTGTA ATCGCCTGGA TTTCTGTCGT 
CTCCTCTCCT TTTATTATGG TGGGATTGGC CACTACTTTT CCAACGTCCT GACAATTTTT 
ACTGTCTACG TTGTGGTATA CCTCATGACA GTTTTGGCTA TCTACGATCT TGAAAAAATT 
GGCCAGCGAC TTATTACCCC GATGGGAACG ATCCAAATGT TGCTAGGGGG TTTGGGTCTT 
TTGCAGACGA TTCCGCTGTT TGCAACTCTC GGTGTCGAGA GGGGTTGGCT CGCCAGCATG 
CAAGAGATCT TCCTCGTCTT TGTCACCGGT GGCCCTCTTC ATTTCATGTT CCACATACAG 
ACGAAGGCAA CTTACATGGC GCAAACAATT CTCGTTGGCG GGGCAAAATA CCGGCCGACA 
GGACGAGGTT TTGTGACGCA GCACACTCCG ATGGATGAAC AGTTTCGCTT TTTTGCAGCA 
AGCCATCTTT ACCTTGGAGT GGAACTTGCT GCGGGCTTAA TTCTCATGGG TACTTACACC 
GATGCTGGAC AGTATGCTGG GAGAACTTGG TCGCTGTGGC TGGCCGCGGC ATCCTTTCTG 
TGTAGTCCGT TTTGGTTCAA TCCCCTCACC TTTGACTGGA ATGTTGTGAC TAGCGACTAT 
GGCCTCTGGC TGAAATGGAT ACGGGGTACT TCTGGAGGGG CTTCGAAGAG TTGGTCTATG 
TGGTACAATG AAGAGAATTC CTTCTGGAAA CAGCTTCCTC TGACTTCCAA ATTGTTGTAC 
CTCATCAAAG CTGTTGTGTA TCTTGTGATC GGAGAGGGAA TCCGCCGTTC TGCCCTCTTC 
CGGTCTGATA TAACTTTGAA TCCGCCTACA ATAGGGGTGG GAAAGATTCT CATCTTTTTG 
GCGGTACTCA TAGTCGTCGG GATTATAACT CTTTTTATTG AAGATACCAA CTACATTCGC 
TACGGAATGG CGGCCTACTA TGGGCTCGGC GCTGTATGCT TGGCAGGTCT CCTATTTGGT 
TTCAGGATTG TGAAGTACCT TTACTGGCTT CACGATATTG TCTGTGCTCA TCTCATCTTT 
ATCCCTCTTT TCATTCTCGG GGCTCTCCAG CTCCCCGGAA TGATCCAGAC ATGGTTGCTG 
TATCACAATG CCCTTTCCAC AGATGTTGTG GTTTCAGACA TTCTTCGATA CGCGAGAAAG 
ACGCAAGAAT CAGGAGCAGG CGGCGAAAAA ACAGAGGATT TGGTGGAGCA GATATCTGAG 
CTGCGCAAAG TTGTGCAGCG TCAAGAACAA GCCCTTGCGA GTGCAGGGTT CACGGGTGGC 
GATGGCCAGC TTGTATCATC AGCCTCCATT GGATCGGCAA TGTCCAATAA TTACCTGATA 
TCCGCACCCG ATCAACCTCA AATCCGTCAA GCTTCCGACG CCGGGCGAGG GTACGGTCGG 
GCGCTTAGTT TATCCGGCTT GGATGTATGG GGAAACATGG CGCTCGGCGA TGTTCAAGCC 
GAGGATCTCC GCCAAACTGA TTTGACGCCG GACACCATCC CTCAGAGAGG CACTCCTGGA 
CAAACTACGA CGGTAGCGCA AGGATTTTCG TTCTCTCAGC CGGACACGAT GCCACCTCGG 
CTCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

The Phaeodactylum genome reveals the evolutionary history of diatom genomes.
Nature456(7219)239-44(2008 Nov)
Bowler C,Allen AE,Badger JH,Grimwood J,Jabbari K,Kuo A,Maheswari U,Martens C,Maumus F,Otillar RP,Rayko E,Salamov A,Vandepoele K,Beszteri B,Gruber A,Heijde M,Katinka M,Mock T,Valentin K,Verret F,Berges JA,Brownlee C,Cadoret JP,Chiovitti A,Choi CJ,Coesel S,De Martino A,Detter JC,Durkin C,Falciatore A,Fournet J,Haruta M,Huysman MJ,Jenkins BD,Jiroutova K,Jorgensen RE,Joubert Y,Kaplan A,Kröger N,Kroth PG,La Roche J,Lindquist E,Lommer M,Martin-Jézéquel V,Lopez PJ,Lucas S,Mangogna M,McGinnis K,Medlin LK,Montsant A,Oudot-Le Secq MP,Napoli C,Obornik M,Parker MS,Petit JL,Porcel BM,Poulsen N,Robison M,Rychlewski L,Rynearson TA,Schmutz J,Shapiro H,Siaut M,Stanley M,Sussman MR,Taylor AR,Vardi A,von Dassow P,Vyverman W,Willis A,Wyrwicz LS,Rokhsar DS,Weissenbach J,Armbrust EV,Green BR,Van de Peer Y,Grigoriev IV

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

BGS1 cDNA ORF clone, Phaeodactylum tricornutum CCAP 1055/1

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM